The Manufacturing Network as a Source for Internal Custom Tooling
For a tool that includes both machined and 3D-printed components, all the pieces of the tool can be made by separate companies yet arrive together. BMW has used Xometry to obtain tooling in this way.
A tool used to apply a name plate in an automotive assembly operation. Because it represents a collection of one-off or short-run parts, a tool like this can be a challenging item to produce quickly or cost-efficiently.
An example of a custom assembly tool featuring manual actuation of moving components. All the tools seen in these images were engineered by BMW.
A tool such as this might mix machined and 3D printed components. Xometry’s network includes both types of service providers, meaning the parts could be made in different places without user being aware various suppliers were involved.
Xometry’s Gregory Paulsen with some of tooling produced through the company’s network that he was demonstrating at IMTS.
A tool can be a tall order. A custom tool developed to aid manufacturing—for example, a tool developed to aid the worker performing a specific, challenging assembly operation—represents a one-off or short-run order that can be difficult to obtain quickly or economically. More than that, if the tool involves actuation, then the separate moving parts actually represent multiple one-off or short-run components. 3D printing can provide the quickest and cheapest way to produce the components in some cases, but only some cases. In the typical engineered tool featuring moving parts, some components are 3D printed and some are machined, likely meaning different groups must deliver the pieces needed.
Xometry, at the recent International Manufacturing Technology Show (IMTS), focused on this challenge and the opportunities the company can offer to simplify tool creation. Xometry is the manufacturing platform connecting a network of some 2,400 machine shops, 3D printing service bureaus and other independent manufacturers. The company is sometimes imagined (incorrectly) as a contract manufacturer, but in fact it serves the role of receiving, managing and standing behind manufacturing orders without performing any manufacturing itself. “We are a tech company that happens to provide parts,” says Gregory Paulsen, director of applications engineering.
Amazon is a good analogy for the service Xometry performs, says Paulsen. “On Amazon, you buy five things supplied by five companies, but they all come in one box.” Xometry is able to provide the same thing: All the components that are part of the order for a single tool—whether those parts are machined, 3D printed, or some of each—arrive together in a single shipment. That level of coordination can be difficult to obtain even for tooling sourced internally.
At IMTS, Paulsen showed me examples of some of the tools Xometry has helped produce. BMW is a case of a manufacturer using the network in this way. Engineers at BMW design custom tools for use in production assembly processes, but in some cases they no longer have to employ internal resources to get those tools made. Instead, the models for all of a tool’s components can be uploaded to Xometry. The site provides instant pricing and leadtime quotes, and the ability to check out online. From there, for all the engineer knows, Xometry might then have every piece of the tool produced by some different supplier in the network. BMW then just has to assemble the tool when all its components arrive together.
Related Content
-
Beehive Industries Is Going Big on Small-Scale Engines Made Through Additive Manufacturing
Backed by decades of experience in both aviation and additive, the company is now laser-focused on a single goal: developing, proving and scaling production of engines providing 5,000 lbs of thrust or less.
-
Big Metal Additive: The Difference Between a Shape and a Part Is Quality
Preparing to scale directed energy deposition to ongoing full production is not a technological challenge: DED is ready. But it is an organizational challenge, says the company founder. Here is what it means to implement a quality system.
-
3D Printed Golf Putter Shafts: AM Tailors Weight Distribution for an Optimized Putting Stroke
Snarr3D offers high-performance golf putters with aesthetic features made possible through 3D printing. In manipulating the weight distribution of the golf putter shaft, Snarr3D aims to enhance accuracy and performance to give golfers the equipment suited to their individual game.
